Diamondoid structural meta materials - Revision history

Apm at 14:18, 3 July 2017

2017-07-03T14:18:31Z

← Older revision		Revision as of 16:18, 3 July 2017
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	* Active counteracting materials. No or even negative strain when you pull on the metamaterial. Sufficiently quickly Risig forces can not be counteracted.		* Active counteracting materials. No or even negative strain when you pull on the metamaterial. Sufficiently quickly Risig forces can not be counteracted.

			[Todo: add more details]

	[~~Todo: add more details~~]		== Related ==

			* [[Surface passivation]]

	[[Category:Technology level III]]		[[Category:Technology level III]]

Apm at 09:29, 20 May 2014

2014-05-20T09:29:01Z

← Older revision		Revision as of 11:29, 20 May 2014
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	[Todo: add more details]		[Todo: add more details]

			[[Category:Technology level III]]

Apm at 23:05, 30 April 2014

2014-04-30T23:05:35Z

← Older revision		Revision as of 01:05, 1 May 2014
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			More general: [[Diamondoid metamaterial]]

	Materials for objects of everyday use are one of the first if not the first target for APM systems.		Materials for objects of everyday use are one of the first if not the first target for APM systems.

Apm: /* Simple materials */

2014-03-29T12:38:03Z

Simple materials

← Older revision		Revision as of 14:38, 29 March 2014
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	That is they will show the most easily achievable properties.		That is they will show the most easily achievable properties.

	~~Simple interlocking (e~~.g. ~~silicon carbide)~~ [[~~microcomponents~~]] ~~will be hard and brittle vaguely akin to bulk silicon carbide~~.		Passivated hollow truncated octahedrons that stick together by Van der Waals force only will make a very sturdy and lightweight material.
			They may come loose solitarily or in micro sized bunches. Wether this can lead to health hazards needs to be examined.
			truncated octahedrons fill space, form pockets which guide assembly and lack acute or right angles so they shouldn't form sharp [[splinters]].

			Simple (multi)dovetail interlocking [[microcomponents]] will be hard and brittle vaguely akin to bulk silicon carbide.
	The simplest modifications to mend that behaviour are		The simplest modifications to mend that behaviour are
	* deliberate weakening of the interlocking mechanisms to make breakage a little less uncontrolled. This prevents the creation of splinters and thus make the microcomponents potentially recoverable.		* deliberate weakening of the interlocking mechanisms to make breakage a little less uncontrolled. This prevents the creation of splinters and thus make the microcomponents potentially recoverable.

Apm: /* More advanced materials */

2014-03-29T12:19:33Z

More advanced materials

← Older revision		Revision as of 14:19, 29 March 2014
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	* Emulation of step dislocation plasticity on the microcomponent level. When the forced steps are memorized they could potentially be undone when the external load recedes.		* Emulation of step dislocation plasticity on the microcomponent level. When the forced steps are memorized they could potentially be undone when the external load recedes.
			* Active counteracting materials. No or even negative strain when you pull on the metamaterial. Sufficiently quickly Risig forces can not be counteracted.


	[Todo: add more details]		[Todo: add more details]

Apm at 16:28, 4 March 2014

2014-03-04T16:28:15Z

← Older revision		Revision as of 18:28, 4 March 2014
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	* e.g. freely choosable stress strain diagrams		* e.g. freely choosable stress strain diagrams

	== Simple ~~Materials~~ ==		== Simple materials ==

	The earliest available materials will be the ones easiest to design.		The earliest available materials will be the ones easiest to design.
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	* Addition of suspension into the interlocking mechanisms such that the material becomes quite strainable and seemingly elastic.		* Addition of suspension into the interlocking mechanisms such that the material becomes quite strainable and seemingly elastic.

	== More advanced ~~Materials~~ ==		== More advanced materials ==

	When active components become involved one no longer has a structural but a quasi-structural metamaterial.		When active components become involved one no longer has a structural but a quasi-structural metamaterial.

Apm: major extension and improvement - still unfinished

2014-03-04T09:58:49Z

major extension and improvement - still unfinished

@@ Line 1: / Line 1: @@
-Materials for objects of everyday use are ne of the first if not the first target for APM systems.
+Materials for objects of everyday use are one of the first if not the first target for APM systems.
-Theres motivation to search for some kind of plastic ... replacement material the most easily achievable properties and simplest modifications to avoid un-recyclability too high material strength (deliberate weakening) an uncontrolled breakage.
 [Todo: add more details]

Apm at 17:28, 10 January 2014

2014-01-10T17:28:00Z

← Older revision		Revision as of 19:28, 10 January 2014
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	Materials for objects of everyday use are ne of the first if not the first target for APM systems.		Materials for objects of everyday use are ne of the first if not the first target for APM systems.
	Theres motivation to search for some kind of plastic ... replacement material the most easily achievable properties and simplest modifications to avoid un-recyclability too high material strength an uncontrolled breakage.		Theres motivation to search for some kind of plastic ... replacement material the most easily achievable properties and simplest modifications to avoid un-recyclability too high material strength (deliberate weakening) an uncontrolled breakage.

			* simple interlocking silicon carbide microcomponents

	[Todo: add more details]		[Todo: add more details]

Apm at 17:26, 10 January 2014

2014-01-10T17:26:38Z

← Older revision		Revision as of 19:26, 10 January 2014
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	Materials for objects of everyday use are ne of the first if not the first target for APM systems.		Materials for objects of everyday use are ne of the first if not the first target for APM systems.
	Theres motivation to search for the most easily achievable properties and simplest modifications to avoid un-recyclability too high material strength an uncontrolled breakage.		Theres motivation to search for some kind of plastic ... replacement material the most easily achievable properties and simplest modifications to avoid un-recyclability too high material strength an uncontrolled breakage.

	[Todo: add more details]		[Todo: add more details]

Apm: Created page with " Materials for objects of everyday use are ne of the first if not the first target for APM systems. Theres motivation to search for the most easily achievable properties and s..."

2014-01-10T17:25:40Z

Created page with " Materials for objects of everyday use are ne of the first if not the first target for APM systems. Theres motivation to search for the most easily achievable properties and s..."

New page

Materials for objects of everyday use are ne of the first if not the first target for APM systems.
Theres motivation to search for the most easily achievable properties and simplest modifications to avoid un-recyclability too high material strength an uncontrolled breakage.

[Todo: add more details]